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| 1 | Role of Structural Characteristics of Aromatic Polyimides in Carbo- nization显示文摘 | GRIBANOV A V SAZANOV YU N MOKEEV M V | 2002 | Russian Journal of Applied Chemistry2002，75，4： | 1 |
| 2 | Neural network solution for temperature profileretrieval from infrared spectra with high spectral resolution显示文摘 | GRIBANOV K G ZAKHAROV V I | 2004 | AtmosphericScience Letters2004，5，14： | 1 |
| 3 | Isothermal Cross- section of the Ce-Pd-Ge Phase Diagram at 600℃ 显示文摘 | Seropegin Y D Gribanov A V Bodak O I | 1998 | Journal of Alloys and Compounds1998，269，： | 1 |
| 4 | Crystal Structure of the Compound CePd5Ge3 显示文摘 | Seropegin Y D Gribanov A V Chemyshov V V | 1998 | Journal of Alloys and Compounds1998，274，： | 1 |
| 5 | The role of nitrogen atoms in forming the carbon structure in the carbonization of polymer composites 显示文摘 | Sazanov Y N Gribanov A V Lysenko V A | 2008 | Fibre Chem2008，40，4： | 1 |
| 6 | Latitudinal distribution of the deuterium to hydrogen ratio in the atmospheric water vapor retrieved from IMG/ADEOS data显示文摘 | Zakharov V I Imasu R Gribanov K G | | 0，，： | 1 |
| 7 | The experience of treatment with medicines of botulinum toxin of type A Lantox of chronic anal fissure with sphincter spasm显示文摘 | Gribanov Ⅱ | 2014 | Khirurgiia(Mosk)2014，，2： | 1 |
| 8 | Subharmonic mode locking of a Q-switched Nd:YAG laser显示文摘A Q-switched Nd:YAG laser has been actively mode-locked at a subharmonic frequency for the first time,to the authors’knowledge.The laser operation mode is provided by a combination of a traveling wave acousto-optic modulator and a spherical cavity mirror.The dynamics of laser generation is investigated.Pulses with a duration of 70 ps and a peak power of about 10 MW were obtained.Also presented are new results on obtaining high-power[~60 kW]picosecond tunable radiation in the~620 nm region based on frequency conversion of a superluminescent parametric generator pumped by such a laser. | Alexey Gribanov Mikhail Yakovin Dmitry Yakovin Mikhail Mosin | 2023 | Chinese Optics Letters2023，21，3： | 1 |
| 9 | Role of Structural Characteristics of Aromatic Polyimides in Carbonization显示文摘 | A. V. Gribanov Yu. N. Sazanov M. V. Mokeev | 2002 | Russian Journal of Applied Chemistry2002，，4： | 1 |
| 10 | Isothermal cross-section of the Ce-Pd-Ge phase diagram at 600℃显示文摘 | Seropegin Yu D Gribanov A V Bodak O I | 1998 | J Alloys Compd1998，269，： | 1 |
| 11 | Crystal structure of the compound CePd5Ge3 显示文摘 | Seropegin Yu D Gribanov A V Chernyshov V V | 1998 | J Alloys Compd1998，274，： | 1 |
| 12 | Role of structural characteristics of aromatic polyimides in carbonization显示文摘 | Gribanov A V Sazanov Y N Mokeev M V | 2002 | Russian J Appl Chem2002，75，4： | 1 |
| 13 | Cocarbonization of polymers as a new concept for synthesis of carbon composites显示文摘 | Sazanov Y N Gribanov V | 2006 | Russian J Appl Chem2006，79，3： | 1 |
| 14 | 用CMD-3谱仪研究VEPP-2000对撞机上的e^+e^-→K^+K^-η过程(英文)显示文摘报道了用CMD-3在2011-2012年收集的积分亮度为22 pb-1的研究结果.在CMD-3当前的统计量下,只能被确定Ф(1020)η中间共振态.在1.59-2.0 Ge V能区的30个能量点测量了e^+e^-→Ф(1020)η.分析中,将η介子当做反冲粒子,穷尽了η衰变的所有模式,选出的事例总数为1454±48.测量的截面近似为Ф(1680)和非共振振幅按照矢量介子主导模型的叠加,并得到了Ф(1680)介子共振参数的初步结果. | IVANOV V.L. AMIRKHANOV A.N. ANISENKOV A.V. AULCHENKO V.M. BANZAROV V.S. BASHTOVOY N.S. BERKAEV D.E. BONDAR A.E. BRAGIN A.V. EIDELMAN S.I. EPIFANOV D.A. EPSHTEYN L.B. EROFEEV A.L. FEDOTOVICH G.V. GAYAZOV S.E. GREBENUK A.A. GRIBANOV S.S. GRIGORIEV D.N. IGNATOV F.V. KARPOV S.V. KAZANIN V.F. KOROBOV A.A. KOVALENKO O.A. KOZYREV A.N. KOZYREV E.A. KROKOVNY P.P. KUZMENKO A.E. KUZMIN A.S. LOGASHENKO I.B. LUKIN P.A. MIKHAILOV K.YU. OKHAPKIN V.S. PESTOVY U.N. POPOV A.S. RAZUVAEV G.P. RUBAN A.A. RYSKULOV N.M. RYZHENENKOV A.E. SHEBALIN V.E. SHEMYAKIN D.N. SHWARTZ B.A. SIBIDANOV A.L. SHATUNOVY U.M. SOLODOV E.P. TITOV V.M. TALYSHEV A.A. VOROBIOV A.I. YUDINY U.V. | 2016 | 中国科学技术大学学报2016，46，6： | 0 |
| 15 | VEPP-2000 e^+e^-对撞机上用CMD-3谱仪研究1004-1060 MeV能区的e^+e^-→K■过程(英文)显示文摘在质心能量1004-1060Me V之间的25个能量点测量了e^+e^-→K_S^0+K_L^0和e^+e^-→KK截面,系统误差大约为2%-3%.分析是基于VEPP-2000e^+e^-对撞机上CMD-3收集的积分亮度为5.5 pb-1的实验数据.测量的截面可近似看作Ф,ω,ρ类似的振幅及其激发态按照矢量介子主导模型的叠加,得到了Ф(1020)介子的共振参数. | KOZYREV E.A. AMIRKHANOV A.N. ANISENKOV A.V. M.AULCHENKO V. BANZAROV V.S. BASHTOVOY N.S. BERKAEV D.E. BONDAR A.E. BRAGIN A.V. EIDELMAN S.I. A.EPIFANOV D. EPSHTEYN L.B. EROFEEV A.L. FEDOTOVICH G.V. GAYAZOV S.E. GREBENUK A.A. GRIBANOV S.S. GRIGORIEV D.N. IGNATOV F.V. IVANOV V.L. KARPOV S.V. KASAEV A.S. KAZANIN V.F. IRPOTIN A.N. KOROBOV A.A. KOVALENKO O.A. KOZYREV A.N. KOOP I.A. KROKOVNY P.P. KUZMENKO A.E. KUZMIN A.S. LOGASHENKO I.B. LUKIN P.A. MIKHAILOV K.YU. OKHAPKIN V.S. OTBOEV A.V. PESTOVY U.N POPOV A.S. RAZUVAEV G.P. RUBAN A.A. RYSKULOV N.M. RYZHENENKOV A.E. SENCHENKO A.I. SHEBALIN V.E. SHEMYAKIN V.E. SHWARTZ A.S. SHWARTZ D.B. SIBIDANOV A.L. SHATUNOV P.YU. SHATUNOVY U.M. SOLODOV E.P. TITOV V.M. TALYSHEV A.A. VOROBIOV A.I. YUDINY U.V. | 2016 | 中国科学技术大学学报2016，46，6： | 0 |
| 16 | VEPP-2000 e^+e^-对撞机上用CMD-3探测器测量e^+e^-→ηπ^+π^-和e^+e^-→ωπ^+π^-的截面(英文)显示文摘在VEPP^-2000e^+e^-对撞机上,CMD^-3探测器研究了e^+e^-→ηπ^+π^-→γγπ^+π^-,e^+e^-→ηπ^+π^-→π0π^+π^-π^+π^-以及e^+e^-→ωπ^+π^-→π0π^+π^-π^+π^-等过程.分析使用的是2011和2012年在1.2^-2.0Ge V能区收集的相应积分亮度为3×104nb^-1的数据.用η→γγ道测量了e^+e^-→ηπ^+π^-的波恩截面,结果与相关的实验结论相吻合;还用末态η→π^+π^-π0和ω→π^+π^-π0分别得到了e^+e^-→ηπ^+π^-和e^+e^-→ωπ^+π^-波恩截面的初步结果;e^+e^-→ηπ^+π^-波恩截面的数值还被用于确定τ^-→ηπ^-π0ντ的衰变分支比. | POPOV A.S. AKHMETSHIN R.R. AMIRKHANOV A.N. ANISENKOV A.V. AULCHENKO V.M. BANZAROV V.S. BASHTOVOY N.S. BERKAEV D.E. BONDAR A.E. BRAGIN A.V. EIDELMAN D.E. EPIFANOV D.A. EPSHTEYN L.B. EROFEEV A.L. FEDOTOVICH G.V. GAYAZOV S.E. GREBENUK A.A. GRIBANOV S.S. GRIGORIEV D.N. GROMOV E.M. IGNATIN F.V. IVANOV V.L. KARPOV S.V. KASAEV A.S. KORPOTIN A.N. KOOP I.A. KOVALENKO O.A. KAZANIN V.F. KOZYREV A.N. KOZYREV E.A. KROKOVNY P.P. KUZMENKO A.E. KUZMIN A.S. LOGASHENKO I.B. LIKIN P.A. MIKHAILOV K.YU. OKHAPKIN V.S. OTBOEV A.V. PESTOVY U.N. PIVOVAROV S.G. RAZUVAEV G.P. ROMANOV A.L. RUBAN A.A. RYSKULOV N.M. RYZHENENKOV A.E. SHEBALIN V.E. SHEMYAKIN D.N. SHWARTZ B.A. SHWARTZ D.B. SIBIDANLOV A.L. SHATUNOV P.YU. SHATUNOVY U.M. SOLODOV E.P. TITOV V.M. TALYSHEV A.A. VOROBIOV A.I.. YUDINY U.V. ZHARINOVY U.M. | 2016 | 中国科学技术大学学报2016，46，6： | 0 |
| 17 | VEPP-2000正负电子对撞机上CMD-3物理结果综述(英文) | FEDOTOVICH G.V. AMIRKHANOV A.N. ANISENKOV A.V. AULCHENKO V.M. BANZAROV V.S. BASHTOVOY N.S. BONDAR A.E. BRAGIN A.V. EIDELMAN S.I. EPIFANOV D.A. EPSHTEYN L.B. EROFEEV A.L. GAYAZOV S.E. GREBENUK A.A. GRIBANOV S.S. GRIGORIEV D.N. IGNATOV F.V. IVANOV V.L. KARPOV S.V. KAZANIN V.F. KOROBOV A.A. KOVALENKO O.A. KOZYREV A.N. KOZYREV E.A. KROKOVNY P.P. KUZMENKO A.E. KUZMIN A.S. LOGASHENKO I.B. LUKIN P.A. MIKHAILOV K.Yu. OKHAPKINV.S. PESTOVYu.N. POPOV A.S. RAZUVAEV G.P. RUBAN A.A. RYSKULOV N.M. RYZHENENKOV A.E. SHEBALIN V.E. SHEMYAKIN D.N. SHWARTZ B.A. SIBIDANOV A.L. SHATUNOV Yu.M. SOLODOV E.P. TITOV V.M. TALYSHEV A.A. VOROBIOV A.I. YUDIN Yu.V. | 2016 | 中国科学技术大学学报2016，46，4： | 0 |
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